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CONTENTS
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About the Information Platform
ENGLISH
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Furukawa Electric Co., Ltd.

Company Profile

■URL

https://www.furukawa.co.jp/en/

■Address

Tokiwabashi Tower, 2-6-4 Otemachi, Chiyoda-ku, Tokyo-to 100-8322, Japan

Business Overview

-Supplier manufacturing non-ferrous products such as copper wires, aluminum wires, wire harnesses, and products made of various metals. The company delivers products to the following business sectors: information technology, energy, automotive, electronics, construction, and architecture.

-Breakdown of Business Segments are Listed below

Segment Sub-segment Business unit
Infrastructure Information-communications solutions Fiber cables, FITEL products, broadband solutions
Energy infrastructure Electric power, industrial wires, equipment
Electrical electronics Auto parts, batteries Auto parts, batteries
Electrical electronics materials Conductive materials, copper strips, and high-performance materials
Functional products Automatic transmissions, functional resins, thermal/electronic parts, memory disks, copper foil
Services, Development, and Others Social design, etc.

 

-New Business Segments Scheduled to Launch from the Fiscal Year Ending in March 31, 2027

Segment Main areas of business
Optical Solutions Lightera, broadband networks
Information components AT, thermal, MD, copper foil, Phitel, opto-electronic fusion devices, functional resins, HVDC, electric power
Energy Infrastructure HVDC, electric power
Automotive Electrical Systems Automotive Electrical Systems
[Major Group Companies]Furukawa AS: Wire harnesses, various automotive accessories
Metal solutions Superconductivity, copper strips/high-performance materials, and conductive materials
[Major Group Companies]Furukawa Magnet Wire: Magnet wire and magnet wire application products
Services & Development Social designs

*Furukawa Battery Co., Ltd. was not considered a part of the Company’s consolidated results because 20% of its equity shares were transferred, and they continue to be held indirectly.

Shareholders

-Listed on the Prime Market of the Tokyo Stock Exchange (As of Mar. 31, 2026)
Name or Company name Investment Ratio (%)
The Master Trust Bank of Japan, Ltd. (Trust Account) 16.75
Custody Bank of Japan, Ltd. (Trust Account) 6.49
Asahi Mutual Life Insurance Co. 1.93
HSBC-FUND SERVICES HSBC - 006 MF EFM 1.56
The Nomura Trust and Banking Co., Ltd. 1.51
Mizuho Trust & Banking Co., Ltd. Retirement Funds Trust Asahi Mutual Life Insurance Company, Re-trustee Custody Bank of Japan 1.49
STATE STREET BANK AND TRUST COMPANY 505001 1.44
JP MORGAN CHASE BANK 385781 1.43
Mizuho Trust & Banking Co., Ltd. Retirement Funds Trust Mizuho Bank, Ltd. Account, Re-trustee Custody Bank of Japan 1.38
BNY GCM CLIENT ACCOUNT JPRD AC ISG (FE-AC) 1.35
Total 35.32
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Products

Wire harnesses
-Wire harnesses
-Sliding door harnesses
-BUS harnesses
-Corrosion-proof terminal for aluminum wire

Connectors
-Connectors
-Steering roll connectors

Functional products for automobiles
-Metal core PCBs
-Lead battery status detection sensors

Metal Solutions
-Enameled wire
-Copper and copper alloy products
-Plating
-Stainless-steel wires

Others
-Micro-cellular foamed light reflective sheet
-Copper Foil

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History

Jun. 1896 Established as Yokohama Electric Cable Manufacturing Company.
Apr. 1920 Established Furukawa Electric Co., Ltd. by consolidating Furukawa Mining Industry (currently Furukawa Co.) and Nikko Copper Electrolyzing Refinery (currently Nikko Works).
Dec. 1921 Acquired Kyushu Electric Cable Company located in the Moji District of Kita-Kyushu City, renaming it Kyushu Electric Cable Works. (This plant is currently the Kyushu Plant of Furukawa Electric Industrial Cable Co., Ltd.)
Nov. 1938 Osaka Copper Works established in Amagasaki, Hyogo Prefecture. (Previously named Osaka Works and currently is the copper-tubing business.)
May 1949 Listed on the Tokyo Stock Exchange.
Sep. 1950 Spun off the battery business into a separate company Furukawa Battery Co., Ltd.
Sep. 1958 Established Hiratsuka Electric Cable Works in Hiratsuka, Kanagawa Prefecture. (It’s currently Hiratsuka Works.)
March 1961 Established and started operations at Chiba Cable Works in Ichihara, Chiba Prefecture.
March 1971 Established Mie Works in Kameyama, Mie Prefecture.
Aug. 1972 Listed on the First Section of the Tokyo Stock Exchange
April 1981 Absorbed the operations of Furukawa Metal Industry, in order to better plan future developments as a general, non-ferrous manufacture.
Feb. 1987 Completed Yokohama R&D Lab in Nishi-ku, Yokohama, Kanagawa Prefecture.
Oct.1993 Merged the operations of Furukawa Aluminum and Fukui Rolling Company, in order to consolidate sales and production functions, and strengthen and expand the business.
Nov. 2001 Acquired the optical-fiber-cable business of Lucent Technologies (which is currently Acatel-Lucent) based in the USA, and named the business OFS Fitel, LLC.
Oct. 2003 Turned its Sky Alumimum Co., Ltd. (the light metals business) into Furukawa-Sky Aluminum Corporation. (The company is currently named UACJ).
Jan. 2005 Transferred the sales function of its electric-power business to Viscas Corporation.
Dec. 2005 Listed Furukawa Sky (currently UACJ) on the First Section of the Tokyo Stock Exchange.
Feb. 2007 Listed the stocks of FCM Co., Ltd. on the Nippon New Market Hercules Section of the Osaka Stock Exchange. (In 2018, due to the Company’s selling off FCM’s shares, FCM is no longer included within the Furukawa Group.)
Mar. 2012 Acquired Totoku Electric’s shares, which were listed on the First Section of the Tokyo Stock Exchange, through a public offering by Totoku to raise capital. As a result, Totoku became a consolidated subsidiary.
Oct. 2013 Furukawa Sky and Sumitomo Light Metal Industries, Ltd. merged and formed UACJ, which is listed on the First Section of the Tokyo Stock Exchange and is the Company’s consolidated subsidiary based on the equity method of accounting. 
Apr. 2015 Took over the non-Japan operations of the electric-power-cable business of Viscas Corp., a consolidated subsidiary based on the equity method of accounting.
Oct. 2016 Took over the Japan operations of the electric-power-cable business of Viscas Corp., a consolidated subsidiary based on the equity method of accounting. 
Apr. 2020 Turned the copper-tubing business into Daishin P & T, which as a result became a wholly owned subsidiary.
Oct. 2020 Reorganized the coil business, with Essex Furukawa Magnet Wire LLC taking over the business of large-size coils.
Apr. 2022 Moved from the First Section of the Tokyo Stock Exchange to the Prime Market due to the Tokyo Stock Exchange’s reorganization.
Dec. 2022 Transferred it shares held in Totoku Electric Co., Ltd. (currently Totoku), removing it as a consolidated subsidiary. 
Apr. 2024 Sold the shares in Essex Furukawa Magnet Wire LLC, which were held by a wholly owned subsidiary. As a result, the company no longer is accounted for as a subsidiary under the equity method accounting.
Jun. 2024 The company sold a portion of the shares held in UACJ Corporation. As a result, the company no longer is accounted for as a subsidiary under the equity method accounting.
Apr. 2025 Reorganized the optical fiber cable business and transferred it to Lightera Japan Co., Ltd., a consolidated subsidiary.
Oct. 2025 Reorganized the metal wire and cable business and transferred it to Furukawa Electric Metal Cable Co., Ltd., a consolidated subsidiary.
Dec. 2025 Transferred shares of THE FURUKAWA BATTERY CO., LTD.
Mar. 2026 Dissolved VISCAS Corporation

Supplemental Information 1

>>>Business Report FY ended Mar. 31, 2008
>>>Business Report FY ended Mar. 31, 2009
>>>Business Report FY ended Mar. 31, 2010
>>>Business Report FY ended Mar. 31, 2011
>>>Business Report FY ended Mar. 31, 2012
>>>Business Report FY ended Mar. 31, 2013
>>>Business Report FY ended Mar. 31, 2014
>>>Business Report FY ended Mar. 31, 2016
>>>Business Report FY ended Mar. 31, 2017
>>>Business Report FY ended Mar. 31, 2018
>>>Business Report FY ended Mar. 31, 2019
>>>Business Report FY ended Mar. 31, 2020
>>>Business Report FY ended Mar. 31, 2021
>>>Business Report FY ended Mar. 31, 2022
>>>Business Report FY ended Mar. 31, 2023
>>>Business Report FY ended Mar. 31, 2024
>>>Business Report FY ended Mar. 31, 2025

Archives of Past Exhibits

Note: A figure in brackets ( ) indicates a loss

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JSAE Yokohama 2026
In-vehicle wireless communication and power technology
This technology enables wireless communication and power transmission within a vehicle. A model demonstrating its use as a sliding door was showcased at the exhibition. The communication system is highly resistant to noise, and the power transmission system is less prone to overheating foreign objects and is resistant to electrode misalignment. This technology is expected to accelerate the reduction of wire harnesses. Reducing wire harnesses leads to weight reduction and lower assembly costs. Foreign manufacturers such as Tesla tend to use fewer wire harnesses, while Japanese cars tend to use more. Therefore, the industry as a whole is highly motivated to work towards reducing wire harnesses.
JSAE Yokohama 2026
In-vehicle wireless communication and power technology
This technology enables wireless communication and power transmission within a vehicle. A model demonstrating its use as a sliding door was showcased at the exhibition. The communication system is highly resistant to noise, and the power transmission system is less prone to overheating foreign objects and is resistant to electrode misalignment. This technology is expected to accelerate the reduction of wire harnesses. Reducing wire harnesses leads to weight reduction and lower assembly costs. Foreign manufacturers such as Tesla tend to use fewer wire harnesses, while Japanese cars tend to use more. Therefore, the industry as a whole is highly motivated to work towards reducing wire harnesses.
JSAE Yokohama 2026
In-vehicle wireless communication and power technology
This technology enables wireless communication and power transmission within a vehicle. A model demonstrating its use as a sliding door was showcased at the exhibition. The communication system is highly resistant to noise, and the power transmission system is less prone to overheating foreign objects and is resistant to electrode misalignment. This technology is expected to accelerate the reduction of wire harnesses. Reducing wire harnesses leads to weight reduction and lower assembly costs. Foreign manufacturers such as Tesla tend to use fewer wire harnesses, while Japanese cars tend to use more. Therefore, the industry as a whole is highly motivated to work towards reducing wire harnesses.
JSAE Yokohama 2026
In-vehicle wireless communication and power technology
This technology enables wireless communication and power transmission within a vehicle. A model demonstrating its use as a sliding door was showcased at the exhibition. The communication system is highly resistant to noise, and the power transmission system is less prone to overheating foreign objects and is resistant to electrode misalignment. This technology is expected to accelerate the reduction of wire harnesses. Reducing wire harnesses leads to weight reduction and lower assembly costs. Foreign manufacturers such as Tesla tend to use fewer wire harnesses, while Japanese cars tend to use more. Therefore, the industry as a whole is highly motivated to work towards reducing wire harnesses.
JSAE Yokohama 2026
High-performance, high-voltage, and high-current wire harnesses
This is a high-voltage, high-current power transmission wire harness with high flexibility. Conventional cylindrical wire harnesses in this class are rigid and difficult to bend freely. By adopting a flattened Mobius bus, excellent flexibility has been achieved. It can be routed through gaps such as those in battery packs and can even be mounted as a replacement for busbars.
JSAE Yokohama 2026
High-performance, high-voltage, and high-current wire harnesses
This is a high-voltage, high-current power transmission wire harness with high flexibility. Conventional cylindrical wire harnesses in this class are rigid and difficult to bend freely. By adopting a flattened Mobius bus, excellent flexibility has been achieved. It can be routed through gaps such as those in battery packs and can even be mounted as a replacement for busbars.
JSAE Yokohama 2026
High-performance, high-voltage, and high-current wire harnesses
This is a high-voltage, high-current power transmission wire harness with high flexibility. Conventional cylindrical wire harnesses in this class are rigid and difficult to bend freely. By adopting a flattened Mobius bus, excellent flexibility has been achieved. It can be routed through gaps such as those in battery packs and can even be mounted as a replacement for busbars.
JSAE Yokohama 2026
High-durability aluminum wire
This low-voltage aluminum wire offers bending durability equal to or better than copper wire, while also being significantly lighter. Due to rising copper prices, it is being proposed as a more affordable alternative. While conventional aluminum wires are soft and brittle, Furukawa Electric has developed a highly durable aluminum alloy using its unique alloying and crystal control technologies. It is extremely lightweight, achieving a 60% reduction in weight for the same volume, and even after compensating for differences in conductivity, it is still 20-30% lighter.
JSAE Yokohama 2026
High-durability aluminum wire
This low-voltage aluminum wire offers bending durability equal to or better than copper wire, while also being significantly lighter. Due to rising copper prices, it is being proposed as a more affordable alternative. While conventional aluminum wires are soft and brittle, Furukawa Electric has developed a highly durable aluminum alloy using its unique alloying and crystal control technologies. It is extremely lightweight, achieving a 60% reduction in weight for the same volume, and even after compensating for differences in conductivity, it is still 20-30% lighter.
JSAE Yokohama 2026
High-durability aluminum wire
This low-voltage aluminum wire offers bending durability equal to or better than copper wire, while also being significantly lighter. Due to rising copper prices, it is being proposed as a more affordable alternative. While conventional aluminum wires are soft and brittle, Furukawa Electric has developed a highly durable aluminum alloy using its unique alloying and crystal control technologies. It is extremely lightweight, achieving a 60% reduction in weight for the same volume, and even after compensating for differences in conductivity, it is still 20-30% lighter.
JSAE Yokohama 2026
High-durability aluminum wire
This low-voltage aluminum wire offers bending durability equal to or better than copper wire, while also being significantly lighter. Due to rising copper prices, it is being proposed as a more affordable alternative. While conventional aluminum wires are soft and brittle, Furukawa Electric has developed a highly durable aluminum alloy using its unique alloying and crystal control technologies. It is extremely lightweight, achieving a 60% reduction in weight for the same volume, and even after compensating for differences in conductivity, it is still 20-30% lighter.
JSAE Yokohama 2026
High-durability aluminum wire
This low-voltage aluminum wire offers bending durability equal to or better than copper wire, while also being significantly lighter. Due to rising copper prices, it is being proposed as a more affordable alternative. While conventional aluminum wires are soft and brittle, Furukawa Electric has developed a highly durable aluminum alloy using its unique alloying and crystal control technologies. It is extremely lightweight, achieving a 60% reduction in weight for the same volume, and even after compensating for differences in conductivity, it is still 20-30% lighter.
JSAE Yokohama 2026
Heat resistant wire
These are electric wires used for lamp wiring that can withstand temperatures of 150°C or higher. Based on a heat-resistant electric wire, variations are developed by specializing functions or adding characteristics to meet specific needs. For example, by changing the outer sheath from polyethylene to fluororesin, it is possible to create a wire that can withstand temperatures of 200°C, and it is also possible to reduce labor costs by changing to a tubeless harness in which multiple wires are bonded together.
JSAE Yokohama 2026
Heat resistant wire
These are electric wires used for lamp wiring that can withstand temperatures of 150°C or higher. Based on a heat-resistant electric wire, variations are developed by specializing functions or adding characteristics to meet specific needs. For example, by changing the outer sheath from polyethylene to fluororesin, it is possible to create a wire that can withstand temperatures of 200°C, and it is also possible to reduce labor costs by changing to a tubeless harness in which multiple wires are bonded together.
JSAE Yokohama 2026
Heat resistant wire
These are electric wires used for lamp wiring that can withstand temperatures of 150°C or higher. Based on a heat-resistant electric wire, variations are developed by specializing functions or adding characteristics to meet specific needs. For example, by changing the outer sheath from polyethylene to fluororesin, it is possible to create a wire that can withstand temperatures of 200°C, and it is also possible to reduce labor costs by changing to a tubeless harness in which multiple wires are bonded together.
JSAE Yokohama 2026
Heat resistant wire
These are electric wires used for lamp wiring that can withstand temperatures of 150°C or higher. Based on a heat-resistant electric wire, variations are developed by specializing functions or adding characteristics to meet specific needs. For example, by changing the outer sheath from polyethylene to fluororesin, it is possible to create a wire that can withstand temperatures of 200°C, and it is also possible to reduce labor costs by changing to a tubeless harness in which multiple wires are bonded together.
JSAE Yokohama 2026
Low-latency, high-reliability V2X communication technology
A roadside unit based on V2I (Vehicle-to-Infrastructure) technology, connecting vehicles and infrastructure, was on display. It is intended for use when merging onto the main road from a side road, and supports safe merging by sending information about the main road from a little before the merging point to the vehicle on the side road. The information sent mainly includes information about the presence and speed of vehicles on the main road. Because the information is sent directly from the roadside unit to the vehicle without going through a server, it has the advantage of low latency and high speed. A field test will be conducted on the Metropolitan Expressway around January of next year.
JSAE Yokohama 2026
Low-latency, high-reliability V2X communication technology
A roadside unit based on V2I (Vehicle-to-Infrastructure) technology, connecting vehicles and infrastructure, was on display. It is intended for use when merging onto the main road from a side road, and supports safe merging by sending information about the main road from a little before the merging point to the vehicle on the side road. The information sent mainly includes information about the presence and speed of vehicles on the main road. Because the information is sent directly from the roadside unit to the vehicle without going through a server, it has the advantage of low latency and high speed. A field test will be conducted on the Metropolitan Expressway around January of next year.
JSAE Yokohama 2026
Battery status detection sensor "BSS"
High-precision estimation is possible, taking into account the state of deterioration.
JSAE Yokohama 2026
High-voltage harness
JSAE Yokohama 2026
High-voltage, high-current connector "f-LUC"
High-performance copper strips and laser processing achieve low resistance and low heat generation.
JSAE Yokohama 2026
High-voltage aluminum wire
JSAE Yokohama 2026
Battery pack harness
JSAE Yokohama 2026
Flat cable application products
JSAE Yokohama 2026
High-voltage junction box
JSAE Yokohama 2026
Surrounding surveillance radar
JSAE Yokohama 2026
"MCPET" reflector
High reflectivity improves lighting uniformity, contributing to reduced power consumption and weight.
JSAE Yokohama 2026
"a terminal"
It has been treated with a fiber laser for corrosion protection.
JSAE Yokohama 2026
In-vehicle optical cable
JSAE Yokohama 2026
Steering roll connector
Connector that connects the axle and steering
JSAE Yokohama 2026
Steering roll connector
Connector that connects the axle and steering
JSAE Yokohama 2026
High-speed communication cable
JSAE Yokohama 2026
Aluminum harness for seats
Weight reduction has been achieved to compensate for the increased number of seats.
The Battery Show North America 2025
BR0400 Compact and High-power Blue Laser System
Compact, high-power blue laser system used for insulation coating removal of flat wires, laser soldering, and fine copper wire welding; Blue lasers have high light absorption rate and are well-suited for coating removal.
The Battery Show North America 2025
Examples of Blue Laser System usage - 4
The Battery Show North America 2025
Examples of Blue Laser System usage - 3
The Battery Show North America 2025
Examples of Blue Laser System usage - 2
The Battery Show North America 2025
Examples of Blue Laser System usage - 1
The Battery Show North America 2025
F2-WS Copper Foil (12 micrometer)
Copper foil for flexible printed circuits with strong resin adhesion characteristics
The Battery Show North America 2025
F2-WS Copper Foil (12 micrometer)
Copper foil for flexible printed circuits with strong resin adhesion characteristics
The Battery Show North America 2025
NC-WS Copper Foil (8 Micrometer)
Electrodeposited copper foil that can be used for lithium-ion secondary battery applications offering both high reliability and long lifespans.
2025 JSAE Automotive Engineering Exposition
Heat-resistant wires
Electric wires for places where heat resistance is required, such as batteries and air conditioners. The company also handles products that meet needs not covered by general standards and new needs arising from the shift to BEVs.
BXP-TF: Tubeless type. The resin is hard and wear-resistant.
BXP-US: High flexibility and resistance to bending and vibration.
2025 JSAE Automotive Engineering Exposition
Heat-resistant wires
Electric wires for places where heat resistance is required, such as batteries and air conditioners. The company also handles products that meet needs not covered by general standards and new needs arising from the shift to BEVs.
BXP-TF: Tubeless type. The resin is hard and wear-resistant.
BXP-US: High flexibility and resistance to bending and vibration.
2025 JSAE Automotive Engineering Exposition
Heat-resistant wires
Electric wires for places where heat resistance is required, such as batteries and air conditioners. The company also handles products that meet needs not covered by general standards and new needs arising from the shift to BEVs.
BXP-TF: Tubeless type. The resin is hard and wear-resistant.
BXP-US: High flexibility and resistance to bending and vibration.
2025 JSAE Automotive Engineering Exposition
Heat-resistant wires
Electric wires for places where heat resistance is required, such as batteries and air conditioners. The company also handles products that meet needs not covered by general standards and new needs arising from the shift to BEVs.
BXP-TF: Tubeless type. The resin is hard and wear-resistant.
BXP-US: High flexibility and resistance to bending and vibration.
2025 JSAE Automotive Engineering Exposition
High-voltage wire harnesses
2025 JSAE Automotive Engineering Exposition
High-voltage wire harnesses
2025 JSAE Automotive Engineering Exposition
High-voltage wire harnesses
2025 JSAE Automotive Engineering Exposition
High-voltage wire harnesses
2025 JSAE Automotive Engineering Exposition
High-voltage wire harnesses
2025 JSAE Automotive Engineering Exposition
High-speed communication cable/in-vehicle optical cable
Cables for communication between cameras, ECUs, and other in-vehicle devices. Optical cables are planned to support 10G or higher.
2025 JSAE Automotive Engineering Exposition
High-speed communication cable/in-vehicle optical cable
Cables for communication between cameras, ECUs, and other in-vehicle devices. Optical cables are planned to support 10G or higher.
2025 JSAE Automotive Engineering Exposition
High-speed communication cable/in-vehicle optical cable
Cables for communication between cameras, ECUs, and other in-vehicle devices. Optical cables are planned to support 10G or higher.
The Battery Show North America 2024
BR0400 blue laser system
Compact, high-power blue laser system used for insulation coating removal of flat wires, laser soldering, and fine copper wire welding; Blue lasers have higher light absorption rate and are well-suited for coating removal
The Battery Show North America 2024
F2-WS copper foil (12 micrometer)
Copper foil for flexible printed circuits with strong resin adhesion characteristics
The Battery Show North America 2024
NC-WS copper foil (8 micrometer)
Electrodeposited copper foil that can be used for lithium-ion secondary battery applications offering both high reliability and long lifespans.
The Battery Show North America 2024
NC-WS copper foil (8 micrometer)
Electrodeposited copper foil that can be used for lithium-ion secondary battery applications offering both high reliability and long lifespans.
2024 JSAE Automotive Engineering Exposition
Aluminum Electrical Wire and Cable with High Cyclic Durability
Highly durable aluminum electric wire that achieves the world's highest level of material strength and fatigue resistance while also achieving ease of bending, twisting, and terminal connection. Contributes to weight reduction and space saving in parts where aluminum electric wires are not used.
2024 JSAE Automotive Engineering Exposition
Aluminum Electrical Wire and Cable with High Cyclic Durability
Highly durable aluminum electric wire that achieves the world's highest level of material strength and fatigue resistance while also achieving ease of bending, twisting, and terminal connection. Contributes to weight reduction and space saving in parts where aluminum electric wires are not used.
2024 JSAE Automotive Engineering Exposition
Aluminum Electrical Wire and Cable with High Cyclic Durability
Highly durable aluminum electric wire that achieves the world's highest level of material strength and fatigue resistance while also achieving ease of bending, twisting, and terminal connection. Contributes to weight reduction and space saving in parts where aluminum electric wires are not used.
2024 JSAE Automotive Engineering Exposition
Cellulose Fiber Reinforced Plastic CELRe
Cellulose fiber-reinforced resins can be handled and molded in the same way as conventional plastics, such as injection molding. The company proposes various ways to use cellulose fiber reinforced resins depending on the purpose, such as high strength, high impact resistance, improved recyclability, and reduction of CO2 emissions in customer products.
2024 JSAE Automotive Engineering Exposition
Cellulose Fiber Reinforced Plastic CELRe
Cellulose fiber-reinforced resins can be handled and molded in the same way as conventional plastics, such as injection molding. The company proposes various ways to use cellulose fiber reinforced resins depending on the purpose, such as high strength, high impact resistance, improved recyclability, and reduction of CO2 emissions in customer products.
2024 JSAE Automotive Engineering Exposition
Laser Processing Solution for e-Mobility
High-power hybrid laser and high-brightness blue laser processing technology realized by increasing the brightness and output power of blue lasers, which have high absorption rates for copper and resin materials. Applicable to bus bars, substrate welding, welding of flat wire for motors, removal of flat wire coating for motors, etc.
2024 JSAE Automotive Engineering Exposition
Laser Processing Solution for e-Mobility
High-power hybrid laser and high-brightness blue laser processing technology realized by increasing the brightness and output power of blue lasers, which have high absorption rates for copper and resin materials. Applicable to bus bars, substrate welding, welding of flat wire for motors, removal of flat wire coating for motors, etc.
2023 JSAE Automotive Engineering Exposition
Aluminum Electrical Wire and Cable with High Cyclic Durability
-φ0.05mm ultra-thin wire, coated wire, aluminum foil thread, fiber
-Achieves both material strength/fatigue durability, bending workability/twisting workability, and terminal connectability
2023 JSAE Automotive Engineering Exposition
Aluminum Electrical Wire and Cable with High Cyclic Durability
-φ0.05mm ultra-thin wire, coated wire, aluminum foil thread, fiber
-Achieves both material strength/fatigue durability, bending workability/twisting workability, and terminal connectability
2023 JSAE Automotive Engineering Exposition
Conductive Fibers (Flec)・Fiber Wire (COFT)
Equipped with high strength, bending resistance, and excellent fatigue properties, they can be applied to various applications in harsh environments such as automobiles, robots, and medical fields.
2023 JSAE Automotive Engineering Exposition
Conductive Fibers (Flec)・Fiber Wire (COFT)
Equipped with high strength, bending resistance, and excellent fatigue properties, they can be applied to various applications in harsh environments such as automobiles, robots, and medical fields.
2023 JSAE Automotive Engineering Exposition
Cellulose Fiber Reinforced Plastic
2023 JSAE Automotive Engineering Exposition
Cellulose Fiber Reinforced Plastic
2023 JSAE Automotive Engineering Exposition
In-vehicle peripheral monitoring radar that can be deployed in construction machinery and industrial vehicles
The world's first pulse type peripheral monitoring radar for ADAS. It detects from a wide range of angles and in a wide area, and can be used in various environments such as nighttime and bad weather.
2023 JSAE Automotive Engineering Exposition
In-vehicle peripheral monitoring radar that can be deployed in construction machinery and industrial vehicles
The world's first pulse type peripheral monitoring radar for ADAS. It detects from a wide range of angles and in a wide area, and can be used in various environments such as nighttime and bad weather.
2023 JSAE Automotive Engineering Exposition
Laser Welding Solution for e-Mobility
Combines a Blue laser and an IR hybrid fiber laser to achieve high quality and deep welding of copper parts
2023 JSAE Automotive Engineering Exposition
Laser Welding Solution for e-Mobility
Combines a Blue laser and an IR hybrid fiber laser to achieve high quality and deep welding of copper parts
2023 JSAE Automotive Engineering Exposition
Laser Welding Solution for e-Mobility
Combines a Blue laser and an IR hybrid fiber laser to achieve high quality and deep welding of copper parts
2022 JSAE Automotive Engineering Exposition
Intelligent sidewalk
-A vehicle proximity notification solution on the road surface that utilizes the company's Green Trough technology. By placing LEDs, sensors, and speakers in the trough and embedding the trough in the road surface, pedestrians are alerted of approaching vehicles with sounds and lights.
2022 JSAE Automotive Engineering Exposition
Intelligent sidewalk
-A vehicle proximity notification solution on the road surface that utilizes the company's Green Trough technology. By placing LEDs, sensors, and speakers in the trough and embedding the trough in the road surface, pedestrians are alerted of approaching vehicles with sounds and lights.
2022 JSAE Automotive Engineering Exposition
Intelligent sidewalk
-A vehicle proximity notification solution on the road surface that utilizes the company's Green Trough technology. By placing LEDs, sensors, and speakers in the trough and embedding the trough in the road surface, pedestrians are alerted of approaching vehicles with sounds and lights.
2022 JSAE Automotive Engineering Exposition
Intelligent sidewalk
-A vehicle proximity notification solution on the road surface that utilizes the company's Green Trough technology. By placing LEDs, sensors, and speakers in the trough and embedding the trough in the road surface, pedestrians are alerted of approaching vehicles with sounds and lights.
2022 JSAE Automotive Engineering Exposition
V2X module
-V2X communication module based on cable TV technology. Cable TV optical communication technology can be used to set priority channels, for example, and can be used for priority transmission of information during automatic operation.
2022 JSAE Automotive Engineering Exposition
V2X module
-V2X communication module based on cable TV technology. Cable TV optical communication technology can be used to set priority channels, for example, and can be used for priority transmission of information during automatic operation.
2022 JSAE Automotive Engineering Exposition
V2X module
-V2X communication module based on cable TV technology. Cable TV optical communication technology can be used to set priority channels, for example, and can be used for priority transmission of information during automatic operation.
2022 JSAE Automotive Engineering Exposition
V2X module
-V2X communication module based on cable TV technology. Cable TV optical communication technology can be used to set priority channels, for example, and can be used for priority transmission of information during automatic operation.
2022 JSAE Automotive Engineering Exposition
Onboard peripheral surveillance radar
2022 JSAE Automotive Engineering Exposition
Onboard peripheral surveillance radar
2022 JSAE Automotive Engineering Exposition
BSS (Lead-acid battery state sensor)
2022 JSAE Automotive Engineering Exposition
BSS (Lead-acid battery state sensor)
2022 JSAE Automotive Engineering Exposition
BSS (Lead-acid battery state sensor)
2022 JSAE Automotive Engineering Exposition
Cellulose fiber reinforced resin
2022 JSAE Automotive Engineering Exposition
Cellulose fiber reinforced resin
2022 JSAE Automotive Engineering Exposition
Aluminum harnesses for car seats
-Wiring harnesses made with aluminum. Use in an SUV with 3-row seating reduces the weight of the wiring by 49%.
2022 JSAE Automotive Engineering Exposition
Aluminum harnesses for car seats
-Wiring harnesses made with aluminum. Use in an SUV with 3-row seating reduces the weight of the wiring by 49%.
2022 JSAE Automotive Engineering Exposition
Anticorrosive terminals for aluminum wires
2022 JSAE Automotive Engineering Exposition
Anticorrosive terminals for aluminum wires
2022 JSAE Automotive Engineering Exposition
Anticorrosive terminals for aluminum wires
2022 JSAE Automotive Engineering Exposition
Wireless power transmission technology via electric field coupling
2022 JSAE Automotive Engineering Exposition
Wireless power transmission technology via electric field coupling
2021 JSAE Automotive Engineering Exposition
24GHz pulse-type perimeter monitoring radar
The world’s first pulse-type radar for use with Advanced Driver-Assistance Systems (ADAS). Enabling wide-angle and wide-range detection, this system works at night and in bad weather. Easy vehicle installation.
2021 JSAE Automotive Engineering Exposition
BSS (Battery state sensor for lead-acid batteries)
A sensor that can measure battery status not only during driving but also when the vehicle is parked. Contributes to quality improvement of power supply systems.
2019 JSAE Automotive Engineering Exposition
24GHz Short Range Multi Mode Radar
-Applies "pulse-type" radar with high object detection capability, not "Fast Chirp Modulation" generally used for automotive radar -Installed Vehicle: Mazda "CX-5"
2019 JSAE Automotive Engineering Exposition
24GHz Short Range Multi Mode Radar
-Applies "pulse-type" radar with high object detection capability, not "Fast Chirp Modulation" generally used for automotive radar -Installed Vehicle: Mazda "CX-5"
2019 JSAE Automotive Engineering Exposition
24GHz Short Range Multi Mode Radar
-Applies "pulse-type" radar with high object detection capability, not "Fast Chirp Modulation" generally used for automotive radar -Installed Vehicle: Mazda "CX-5"
2019 JSAE Automotive Engineering Exposition
Electric Field Resonance Wireless Power Transfer System
2019 JSAE Automotive Engineering Exposition
Electric Field Resonance Wireless Power Transfer System
2019 JSAE Automotive Engineering Exposition
Electric Field Resonance Wireless Power Transfer System
2019 JSAE Automotive Engineering Exposition
MCPET Lighting
-Uses "MCPET" micro-cellular foamed reflector to provide uniform illumination
2019 JSAE Automotive Engineering Exposition
MCPET Lighting
-Uses "MCPET" micro-cellular foamed reflector to provide uniform illumination
2019 JSAE Automotive Engineering Exposition
MCPET Lighting
-Uses "MCPET" micro-cellular foamed reflector to provide uniform illumination
2019 JSAE Automotive Engineering Exposition
Light Weight Electric Wires
2019 JSAE Automotive Engineering Exposition
Light Weight Electric Wires
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Lead-acid Battery State Sensor (BSS)
2019 JSAE Automotive Engineering Exposition
Corrosion Proof Terminals (α Terminals)
2019 JSAE Automotive Engineering Exposition
Corrosion Proof Terminals (α Terminals)
2019 JSAE Automotive Engineering Exposition
Corrosion Proof Terminals (α Terminals)
2019 JSAE Automotive Engineering Exposition
Corrosion Proof Terminals (α Terminals)
WCX18: SAE World Congress Experience
Overmolded terminals
WCX18: SAE World Congress Experience
CAN communication headers
WCX18: SAE World Congress Experience
Clockspring - Steering Roll Connectors
WCX18: SAE World Congress Experience
Clockspring - Steering Roll Connectors
WCX18: SAE World Congress Experience
Electrical power steering wire harness
WCX18: SAE World Congress Experience
Electrical power steering wire harness
WCX18: SAE World Congress Experience
Electrical power steering wire harness
WCX18: SAE World Congress Experience
Electrical power steering wire harness
WCX18: SAE World Congress Experience
Corrosion-proof terminals for aluminum wire
-Installed vehicle: Lexus LC500
WCX18: SAE World Congress Experience
Corrosion-proof terminals for aluminum wire
-Installed vehicle: Lexus LC500
WCX18: SAE World Congress Experience
Plastic injected molded parts
WCX18: SAE World Congress Experience
Battery state sensor
2015 Int'l Rechargeable Battery Expo (BATTERY JAPAN)
<The Furukawa Battery Co., Ltd.> UltraBattery
2015 Int'l Rechargeable Battery Expo (BATTERY JAPAN)
<The Furukawa Battery Co., Ltd.> UltraBattery
2015 Int'l Rechargeable Battery Expo (BATTERY JAPAN)
<The Furukawa Battery Co., Ltd.> Battery state sensor
2015 Int'l Rechargeable Battery Expo (BATTERY JAPAN)
<The Furukawa Battery Co., Ltd.> Battery state sensor

MarkLines Customer Support

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+86-755-2267-1725
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+66-2-665-2840
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+91-124-4048779